ExpertiseUpdated on 11 September 2024
Quantum for Consumer Technology in ITS: Ion Trap Model
About
A gate resembling a unitary gate is the goal of this research, which involves controlling an electric field. By combining scalar control functions, Pauli spin variables, and Hamiltonians, it is possible to construct a controlled unitary gate. Improving qubit functionality and manageability is essential for quantum computing to reach its full potential in optimization and cryptography.
Field
- Quantum Computing
Similar opportunities
Product
- Quantum Computing
Jonny Davidson
Business Development Manager at Riverlane
Cambridge, United Kingdom
Product
- Quantum Computing
- Enabling technology (electronics, photonics, vacuum etc.)
Maxim Shvedov
Quantum Business Development Lead at KEYSIGHT
Stuttgart, Germany
Product
Keysight Quantum Control System
- Quantum Sensing
- Quantum Computing
- Quantum Instrumentation
- Enabling technology (electronics, photonics, vacuum etc.)
Maxim Shvedov
Quantum Business Development Lead at KEYSIGHT
Stuttgart, Germany